JP2023154924A - Yarn winding system - Google Patents

Abstract

To provide a yarn winding system in which a setting of a conveyance device can be easily changed.SOLUTION: A yarn winding system 1 includes: a conveyance device 3 that conveys a bobbin to an automatic winder 4 having a plurality of winding units 40 that wind yarn Y to form a package P; and a machine base control device 5 that controls the conveyance device 3. The conveyance device 3 has a processing part that performs processing related to the bobbin, the machine base control device 5 is a CBF lot including a plurality of setting items related to an operation of the processing part of the conveyance device 3, and stores the plurality of CBF lots with different settings for the same setting item, and sets one CBF lot among the plurality of CBF lots to the conveyance device 3.SELECTED DRAWING: Figure 1

Description

FIELD OF THE INVENTION The present invention relates to a yarn winding system.

2. Description of the Related Art As a conventional yarn winding system, for example, one described in Patent Document 1 is known. The yarn winding system described in Patent Document 1 includes an automatic winder having a plurality of winding units that wind yarn to form a package, and a conveyance device (supply device) that supplies a yarn feeding bobbin to the winding unit. ing. In the yarn winding system described in Patent Document 1, when the settings of the winding unit are changed, the settings of the yarn type of the conveying device are changed.

JP2008-74524A

In a yarn winding system, when the settings of the winding unit are changed, the settings of the conveying device must also be changed. The settings of the conveying device include not only the yarn type but also various other setting items. Therefore, when changing the settings of the winding unit, it is necessary to change a plurality of setting items set in the transport device. Therefore, the setting work of the transport device is time-consuming.

One aspect of the present invention is to provide a yarn winding system that allows the settings of a conveying device to be easily changed.

A yarn winding system according to one aspect of the present invention includes a conveyance device that conveys a bobbin to a textile machine having a plurality of winding units that wind yarn to form a package, and a control device that controls the conveyance device. The transport device has a processing unit that performs processing related to the bobbin, and the control device has a first setting item group including a plurality of first setting items related to the operation of the processing unit of the transport device, and the control device has a first setting item group that includes a plurality of first setting items related to the operation of the processing unit of the transport device. A plurality of first setting item groups having different setting contents are stored, and one first setting item group among the plurality of first setting item groups is set for the transport device.

In the thread winding system according to one aspect of the present invention, the control device is a first setting item group including a plurality of first setting items related to the operation of the processing section of the conveying device, and the setting contents of the same first setting item. A plurality of first setting item groups having different values are stored. In this manner, the yarn winding system stores a plurality of setting items for the conveying device as a so-called lot. Therefore, in the thread winding system, by setting the first setting item group for the transporting device, a plurality of setting items can be set for the transporting device at once. Therefore, in the thread winding system, the effort of setting a plurality of setting items one by one for the conveying device is omitted. As a result, in the yarn winding system, the settings of the conveying device can be easily changed.

In one embodiment, the control device includes a second setting item group including a plurality of second setting items related to the operation of the winding unit, the plurality of second setting items having different setting contents of the same second setting item. One second setting item group among the plurality of second setting item groups may be set for one or more winding units. In this way, a second setting item group to be set to the winding unit is stored separately from the first setting item group to be set to the transport device. With this configuration, by setting the second setting item group for one or more winding units, a plurality of setting items can be set for the winding unit at once. Therefore, in the yarn winding system, the settings of the winding unit can be easily changed.

In one embodiment, the control device may store related information in which the first setting item group and the second setting item group are associated. With this configuration, by using the related information, it is possible to appropriately set the first setting item group or the second setting item group for each of the transport device and the winding unit.

In one embodiment, the yarn winding system includes a display device whose display is controlled by a control device, and the control device displays a first setting item group set in the transport device and one or more winding units. The set second setting item group and related information may be displayed on one screen of the display device. In this configuration, on the screen of the display device, the first setting item group set for the transport device, the second setting item group set for one or more winding units, and related information can be viewed at a glance. It can be confirmed. Further, in the thread winding system, the first setting item group and the second setting item group can be set while checking related information.

In one embodiment, the control device displays a plurality of first setting item groups on the display device, and a first setting item group that is set for the transport device and a first setting item that is not set for the transport device. The groups may be displayed in different formats. With this configuration, on the display device, it is possible to easily recognize the first setting item group that is set for the transport device and the first setting item group that is not set for the transport device.

In one embodiment, the control device displays a plurality of second setting item groups on the display device, and a second setting item group that is set to the winding unit and a second setting item group that is not set to the winding unit. The setting item group may be displayed in a different format. With this configuration, on the display device, it is possible to easily recognize the second setting item group set in the winding unit and the second setting item group not set in the winding unit.

In one embodiment, the control device associates and stores a first setting item group set on the transport device and a second setting item group set on the winding unit, and If the setting item group and the second setting item group set in the winding unit are different from the related information, mismatch information may be output. With this configuration, the user can recognize from the mismatch information that settings are different from settings associated with the related information.

In one embodiment, when the control device performs a storage process on the first setting item group and the second setting item group after outputting the mismatch information, the control device stores the saved first setting item group and second setting item group. You may update the combination with related information. In this configuration, the combination of the first setting item group and the second setting item group saved by the user is updated as related information.

In one embodiment, the control device obtains the supply amount of the yarn feeding bobbin per unit time in the conveying device for each first setting item group, and the supply amount per unit time in the winding unit for each second setting item group. When acquiring the discharge amount of an empty bobbin and associating the first setting item group and the second setting item group, it is possible to associate only the first setting item group and the second setting item group where the supply amount is greater than the discharge amount. Good too. With this configuration, only the first setting item group and the second setting item group for which the supply amount is greater than or equal to the discharge amount can be associated. Thereby, the bobbin can be transported from the transport device to the winding unit so that a standby state does not occur in the winding unit. Therefore, it is possible to prevent a decrease in package production efficiency in the winding unit.

In one embodiment, the conveyance device has a first conveyance path for conveying the bobbin and a second conveyance path for conveying the bobbin, and performs processing on each of the first conveyance path and the second conveyance path. The controller may set one of the plurality of first setting item groups for each of the first transport route and the second transport route. With this configuration, the first setting item group can be set for each of the two transport routes. In this way, even if a plurality of transport paths are provided in which the first setting item group needs to be set in the transport device, the settings of the transport device can be easily changed.

In one embodiment, the control device receives an input to transfer the first setting item group set to one of the first transport route and the second transport route to the other of the first transport route and the second transport route. In this case, the first setting item group set for one of the first transport route and the second transport route may be applied to the other of the first transport route and the second transport route. In this configuration, when the user inputs an input to transfer the first setting item group set for one transport route, the first setting item group is also set for the other transport route. Therefore, in the thread winding system, the settings can be simplified.

In one embodiment, the conveyance device includes an acquisition section that is provided upstream of the processing section in the transportation path of the bobbin and acquires identification information for identifying the bobbin, and the control device is configured to control the identification information acquired by the acquisition section. The first setting item group may be set based on the information. With this configuration, for example, the first setting item group can be set based on the yarn type obtained from the identification information.

According to one aspect of the present invention, the settings of the transport device can be easily changed.

FIG. 1 is a schematic diagram showing the configuration of a thread winding system. FIG. 2 is a front view of the automatic winder. FIG. 3 is a diagram showing a conveyance line of the conveyance device. FIG. 4(a) is a perspective view of the conveyance tray conveyed in the yarn winding system, FIG. 4(b) is a perspective view of the winding tube attached to the conveyance tray, and FIG. 4(c) is FIG. 4D is a perspective view of a yarn feeding bobbin attached to a conveyance tray, and FIG. 4(d) is a perspective view of a prepared yarn feeding bobbin attached to a conveyance tray. FIG. 5 is a diagram showing the configuration of the machine control device. FIG. 6 is a diagram showing an example of a screen displayed on the touch panel of the machine control device. FIG. 7 is a diagram showing an example of a screen displayed on the touch panel of the machine control device. FIG. 8 is a diagram showing an example of a screen displayed on the touch panel of the machine control device. FIG. 9 is a diagram showing an example of a screen displayed on the touch panel of the machine control device. FIG. 10 is a diagram showing an example of a screen displayed on the touch panel of the machine control device. FIG. 11 is a diagram showing an example of a screen displayed on the touch panel of the machine control device. FIG. 12 is a diagram showing an example of a screen displayed on the touch panel of the machine control device. FIG. 13 is a schematic diagram showing the configuration of a yarn winding system according to another embodiment.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the description of the drawings, the same or equivalent elements are given the same reference numerals, and redundant description will be omitted.

[Configuration of thread winding system 1]
A yarn winding system 1 shown in FIG. 1 forms a package P by winding a yarn Y. The yarn winding system 1 includes a bobbin supply device 2, a conveyance device 3, an automatic winder (textile machine) 4, and a machine control device (control device) 5. As an example, the bobbin supply device 2, the conveyance device 3, the automatic winder 4, and the machine control device 5 are each arranged in this order in one direction (the left-right direction in FIG. 1). Hereinafter, the direction in which the bobbin supply device 2, conveyance device 3, automatic winder 4, and machine control device 5 are arranged may be simply referred to as "one direction." The bobbin supply device 2 is provided at one end of the transport device 3 in one direction (on the right side in FIG. 1). The conveyance device 3 is provided at one end of the automatic winder 4 in one direction (on the right side in FIG. 1). The machine control device 5 is provided at the other end of the automatic winder 4 in one direction (left side in FIG. 1).

The bobbin supply device 2 supplies a yarn feeding bobbin 11 supplied from a spinning machine (not shown) or the like to the conveyance device 3 . The conveyance device 3 conveys the yarn feeding bobbin 11 from the bobbin supply device 2 to the automatic winder 4, and also conveys the empty bobbin 13 from the automatic winder 4 to the bobbin supply device 2. The automatic winder 4 forms a package P by winding the yarn Y from the yarn supply bobbin 11 conveyed from the bobbin supply device 2 via the conveyance device 3 .

[Configuration of bobbin supply device 2]
The bobbin supply device 2 supplies the yarn feeding bobbin 11 formed in a previous process, such as a spinning machine (not shown), to the conveyance device 3 . The bobbin supply device 2 includes a supply device 21 and a charging device 22.

The supply device 21 supplies the yarn supply bobbin 11 to the conveyance device 3. The supply device 21 includes a yarn supply bobbin alignment device (not shown) that aligns the yarn supply bobbins 11 supplied from the input device 22 in a predetermined direction. The supply device 21 supplies the supplied yarn feeding bobbin 11 onto the conveyance path of the conveyance device 3 . The feeding device 22 receives the yarn feeding bobbin 11 formed in a spinning machine or the like. The feeding device 22 can temporarily store the yarn feeding bobbin 11. The feeding device 22 delivers the yarn feeding bobbin 11 to the feeding device 21.

[Configuration of conveyance device 3]
The conveyance device 3 conveys the yarn feeding bobbin 11 from the bobbin supply device 2 to the automatic winder 4, and conveys the empty bobbin 13 from the automatic winder 4 to the bobbin supply device 2. As shown in FIGS. 1 and 3, the conveyance device 3 includes a bobbin processing section (processing section) 3A and a bobbin transfer section 3B.

The bobbin processing section 3A performs predetermined processing on the yarn feeding bobbin 11 that is supplied to the automatic winder 4. The bobbin processing section 3A may include a bobbin extraction device, a bobbin dropping device, a bunch winding release device, a yarn end processing device, and a feed device, all of which are not shown.

As shown in FIG. 3, the bobbin transfer section 3B includes a first conveyance section L1 and a second conveyance section L2 for conveying the yarn feeding bobbin 11 from the bobbin processing section 3A to the automatic winder 4, and a It includes a third transport section L3 and a fourth transport section L4 for transporting the empty bobbin 13 after the Y has been wound to the bobbin processing section 3A. The bobbin transfer section 3B includes a plurality of fifth transfer sections (not shown) that connect the first transfer section L1 and the third transfer section L3, and a plurality of fifth transfer sections (not shown) that connect the second transfer section L2 and the fourth transfer section L4. further includes a sixth conveying section (not shown).

A line A (first conveyance path) is configured by the first conveyance section L1, the third conveyance section L3, and the fifth conveyance section. Line B (second transport path) is configured by the second transport section L2, the fourth transport section L4, and the sixth transport section. The first transport section L1, the second transport section L2, the third transport section L3, the fourth transport section L4, the fifth transport section, and the sixth transport section transport the yarn feeding bobbin 11 or the empty bobbin 13 along the transport path. It consists of a conveyor, a conveyor drive device, a route defining plate, etc. A processing section of the bobbin processing section 3A is installed for each of line A and line B.

The first transport section L1 and the second transport section L2 transport the yarn feeding bobbin 11 to a predetermined winding unit 40 of the automatic winder 4. As shown in FIG. 3, the winding units 40 can be divided into multiple groups. In this embodiment, it is divided into four groups: "Group 1", "Group 2", "Group 3", and "Group 4". "Group1", "Group2", "Group3" and "Group4" are set in this order from the other end of the automatic winder 4 in one direction.

Each group includes one or more winding units 40. In this embodiment, the automatic winder 4 includes 60 winding units 40, as will be described later. In this case, "Group 1" and "Group 2" may include a total of 30 winding units 40. Furthermore, “Group 3” and “Group 4” may include a total of 30 winding units 40. Specifically, for example, "Group 1" may include 10 winding units 40, and "Group 2" may include 20 winding units 40. Similarly, for example, "Group 3" may include 10 winding units 40, and "Group 4" may include 20 winding units 40. Note that the total number of "Group1" and "Group2" and the total number of "Group3" and "Group4" may be different.

The first transport section L1 transports the yarn feeding bobbin 11 to the winding units 40 included in "Group1" and "Group2". Specifically, the fifth conveyance section is branched from the first conveyance section L1 and provided for each winding unit 40, and the first conveyance section L1 is connected to "Group1" and "Group1" through the fifth conveyance section. The yarn feeding bobbin 11 is transported to the winding unit 40 included in "Group 2". The second transport section L2 transports the yarn feeding bobbin 11 to the winding units 40 included in "Group 3" and "Group 4". Specifically, the sixth conveyance section is branched from the second conveyance section L2 and provided for each winding unit 40, and the second conveyance section L2 is connected to "Group 3" and "Group 3" through the sixth conveyance section. The yarn feeding bobbin 11 is transported to the winding unit 40 included in "Group 4".

The third transport section L3 transports the empty bobbins 13 discharged from the winding units 40 included in "Group 1" and "Group 2". Specifically, the third transport section L3 transports the empty bobbins 13 discharged from the winding units 40 included in "Group 1" and "Group 2" via the fifth transport section. The fourth transport section L4 transports the empty bobbins 13 discharged from the winding units 40 included in "Group 3" and "Group 4". Specifically, the fourth transport section L4 transports the empty bobbins 13 discharged from the winding units 40 included in "Group 3" and "Group 4" via the sixth transport section.

The conveying device 3 conveys the yarn feeding bobbin 11 and the empty bobbin 13 while being attached to a tray 9 as shown in FIG. 4(a). The tray 9 has a disc-shaped base portion 91, a protrusion portion 92 that protrudes upward from the base portion 91, and a pin 93 that protrudes further upward from the protrusion portion 92. The yarn feeding bobbin 11 shown in FIG. 4(c) (including the prepared yarn feeding bobbin 11 shown in FIG. 4(d)) and the empty bobbin 13 shown in FIG. 4(b) are respectively connected to the winding tube 12. By inserting the pin 93 into the lower part 12a of the winding tube 12, the winding tube 12 is mounted on the tray 9 with one end facing upward. In other words, the tray 9 is configured to be able to place the yarn feeding bobbin 11 and the empty bobbin 13 in an upright state with their axial directions being vertical.

As shown in FIG. 1, the conveyance device 3 includes a conveyance control section 30. The transport control unit 30 is communicably connected to the machine control device 5. The conveyance control section 30 controls the operation of each part of the bobbin processing section 3A and bobbin transfer section 3B of the conveyance device 3 based on instructions (setting information) from the machine control device 5.

[Configuration of automatic winder 4]
As shown in FIG. 2, the automatic winder 4 includes a plurality of winding units 40 that form packages P by winding the yarn Y from the yarn supply bobbin 11, and a ball that doffs the packages P from the winding units 40. A lifting device 41 is provided.

The plurality of winding units 40 configure the automatic winder 4 by being arranged along the arrangement direction. The arrangement direction coincides with one direction. The winding unit 40 forms a package P by winding the yarn Y from the yarn feeding bobbin 11 supplied from the bobbin supplying device 2 via the conveying device 3. The winding unit 40 connects a yarn feeding device 42, a tension applying device 43, a yarn splicing device 44, a yarn clearer 45, and a winding device 46 from the upstream side (lower side in FIG. 2) to the downstream side of the yarn path. They are provided in order toward the side (upper side in FIG. 2). Further, the winding unit 40 includes a unit controller 47.

The yarn feeding device 42 supports the yarn feeding bobbin 11 conveyed from the conveying device 3 and assists in unwinding the yarn Y of the yarn feeding bobbin 11. The yarn feeding device 42 supplies the empty bobbin 13 after all the yarn Y has been unwound to the conveying device 3. The tension applying device 43 applies a predetermined tension to the yarn Y traveling from the yarn feeding device 42 toward the winding device 46 . The yarn splicing device 44 is a device that connects the ends of the yarn Y that have been separated for some reason, such as when a yarn defect is detected and the yarn Y is cut.

The yarn clearer 45 is located between the yarn feeding device 42 and the winding device 46, and monitors the state of the yarn Y traveling from the yarn feeding device 42 toward the winding device 46 to detect yarn defects. The yarn clearer 45 determines whether or not the detected yarn defect should be removed based on the set clearing conditions. If it is determined that the yarn defect should be removed, the yarn Y is cut (cut) by the cutter in order to remove the yarn defect. The cutter is attached to the yarn clearer 45. However, the cutter may be provided separately from the yarn clearer 45. The winding device 46 unwinds the yarn Y from the yarn feeding bobbin 11 supported by the yarn feeding device 42, and winds up the unwound yarn Y to form a package P.

The unit controller 47 is provided for each of the plurality of winding units 40. The unit controller 47 controls the operation of each part of the winding unit 40 based on instructions (setting information) from the machine control device 5. The unit controller 47 recognizes information regarding the yarn Y being wound from the yarn supply bobbin 11 based on the detection result detected by the yarn clearer 45. Information regarding the length of the wound yarn Y is measured by the winding device 46 or a separately provided dedicated yarn length sensor (not shown), and is sent to the unit controller 47. The information regarding the length of the yarn Y sent to the unit controller 47 is sent to the yarn clearer 45 by the unit controller 47 .

The doffing device 41 doffs the package P formed by each winding unit 40. In this embodiment, one doffing device 41 is provided for each of the plurality of winding units 40. The doffing device 41 supplies the doffed packages P to a package conveyor (not shown) provided at the rear of the machine.

[Configuration of machine control device 5]
The machine control device 5 is a device that performs operations such as setting and inputting operating conditions of the thread winding system 1, and monitors operating conditions such as efficiency and quality control. Specifically, the machine control device 5 can input settings for various operating conditions of the bobbin supply device 2, transfer device 3, and automatic winder 4, save, allocate, and delete lot settings, and set various maintenance modes. can. Further, the machine control device 5 can also display data on the operating state of the thread winding system 1 and its analysis results, and display the alarm generation state of the thread winding system 1.

As shown in FIG. 5, the machine control device 5 includes a control section 50, a touch panel (display device) 51, a storage section 52, and a communication section 53. The control unit 50 controls each of the bobbin supply device 2, the conveyance device 3, and the automatic winder 4. Specifically, the control unit 50 causes the bobbin supply device 2, the conveyance device 3, and the automatic winder 4 to output the setting information stored in the storage unit 52. The control unit 50 is composed of an electronic control unit having a CPU [Central Processing Unit], a ROM [Read Only Memory], a RAM [Random Access Memory], an EEPROM [Electrically Erasable Programmable Read Only Memory], a communication device, a storage device, etc. ing.

The control unit 50 controls a display screen displayed on the touch panel 51. The control unit 50 generates display information based on the setting information stored in the storage unit 52, outputs the display information to the touch panel 51, and causes the touch panel 51 to display a display screen.

The touch panel 51 displays information related to various settings of the thread winding system 1 and information related to the operating state of the thread winding system 1, and also receives operations from the user. The touch panel 51 functions as a display section and an input section. For example, as shown in FIG. 2, the touch panel 51 is arranged on the machine frame 5A. The touch panel 51 displays a display screen based on display information output from the control unit 50. The touch panel 51 outputs operation information to the control unit 50 or the storage unit 52 when a user performs a touch operation on the display screen. Note that the display device may have a display section and an input section separately.

The machine control device 5 sets the CBF lot (first setting item group) of the transport device 3 and the unit lot (second setting item group) of the winding unit 40. The transport device 3 is controlled based on the settings of the CBF lot. The winding unit 40 is controlled based on the unit lot settings. In the machine control device 5, by performing a predetermined operation on the touch panel 51, a setting management screen for CBF lots and unit lots (hereinafter also simply referred to as "lots") is displayed on the touch panel 51.

The machine control device 5 stores a plurality of lots for each of the transport device 3 and the winding unit 40. A lot is configured by combining (collectively) a plurality of setting items. Each of the plural lots has different setting items.

The CBF lot setting items (first setting items) set in the bobbin processing section 3A of the conveyance device 3 include, for example, yarn type, bunch unwinding amount, searcher operation time, searcher descending speed, searcher descending length, and cutter. (Yarn end processing device) Operation start timing, number of lead-out trials, cutter (top hole) operation start timing, yarn suction tube descending time, etc. may be included. The machine control device 5 stores a plurality of CBF lots. Setting contents (for example, setting values) for each setting item are set in advance for each CBF lot. Each of the plurality of CBF lots has different setting contents for the same setting item.

The unit lot setting items (second setting items) set in the winding unit 40 include, for example, yarn type, number of counts, weight of yarn on the yarn feeding bobbin, package weight, package length, and winding speed. , traverse speed, etc. Values and the like are set for each setting item. The machine control device 5 stores a plurality of unit lots. Setting contents for each setting item are set in advance for each unit lot. Each of the plurality of unit lots has different setting contents for the same setting item.

The CBF lot and unit lot may be input and set by the user on the touch panel 51 of the machine control device 5, or may be fixedly set on a tangible recording medium such as a CD-ROM, DVD-ROM, or semiconductor memory. It may be recorded and then provided to the machine control device 5. Alternatively, the CBF lot and unit lot may be provided to the machine control device 5 via the communication network as data signals related to transportation.

The machine control device 5 sets a CBF lot for each of line A and line B of the transport device 3. The machine control device 5 sets a unit lot for each of the groups (“Group 1”, “Group 2”, “Group 3”, and “Group 4”) of the winding units 40 of the automatic winder 4.

The machine control device 5 stores in the storage unit 52 related information in which CBF lots and unit lots are associated with each other. The related information is information indicating the recommended combination of CBF lot and unit lot, the most recently combined CBF lot and unit lot, and the like. The machine control device 5 displays related information on the lot setting screen of the touch panel 51.

The machine control device 5 determines the supply amount of the yarn feeding bobbin 11 per unit time (pcs/ A combination of a CBF lot and a unit lot can be set only if min) is greater than or equal to the sum of the amount of empty bobbins 13 discharged per unit time (pcs/min) in the group of winding units 40 corresponding to the CBF lot. shall be. For example, the supply amount of the CBF lot in "Line A" is 24 pcs/min, the discharge amount of the unit lot of "Group 1" is 16 pcs/min, and the discharge amount of the unit lot of "Group 2" is 8 pcs/min. In some cases, a combination of CBF lot and unit lot can be set. Note that when there is one group of winding units 40 corresponding to a CBF lot, it is possible to set the discharge amount to be greater than the supply amount.

The machine control device 5 calculates and obtains the supply amount based on the setting items of the CBF lot, and also calculates and obtains the discharge amount based on the setting items of the unit lot. Note that the supply amount and discharge amount include the time for processing one yarn feeding bobbin 11, the distance for conveying the yarn feeding bobbin 11 or empty bobbin 13, the speed for conveying the yarn feeding bobbin 11 or empty bobbin 13, etc. from each setting item. It can be calculated from When the user sets related information on the touch panel 51, for example, when setting a CBF lot for a unit lot, the machine control device 5 determines whether the CBF lot has a supply amount smaller than the output amount of the unit lot. cannot be selected. That is, the machine control device 5 can set a combination of a CBF lot and a unit lot in the related information only when the supply amount is equal to or greater than the discharge amount.

When the user sets a lot on the touch panel 51, if the CBF lot set on the transport device 3 and the unit lot set on the take-up unit 40 are different from the content of the related information, the machine control device 5 controls the touch panel 51. display discrepancy information. The mismatch information is displayed on a pop-up screen, for example. In the machine control device 5, determination of mismatch (match) between a CBF lot and a unit lot may be made based on the name of the lot, or may be made based on the setting contents of setting items.

The machine control device 5 displays a plurality of CBF lots on the touch panel 51. The machine control device 5 displays CBF lots set in the transport device 3 (line A, line B) and CBF lots not set in the transport device 3 in different formats. The machine control device 5 displays a plurality of unit lots on the touch panel 51, and displays unit lots set for the winding unit 40 (group) and unit lots not set for the winding unit 40 in different formats. to display it. Display in different formats includes font color, background color, font style (italics, thickness), etc.

FIG. 6 is a diagram showing an example of a screen displayed on the touch panel 51 of the machine control device 5. As shown in FIG. 6, the screen G displayed on the touch panel 51 includes a first display section D1 that displays the lot settings of the winding unit 40 (indicated as [Unit] in FIG. a second display section D2 that displays lot settings (indicated as [CBF] in FIG. 6); a third display section D3 that displays related information between the lot settings of the winding unit 40 and the lot settings of the transport device 3; is displayed. The first display section D1, the second display section D2, and the third display section D3 are displayed on one screen G. The display positions of the first display section D1, second display section D2, and third display section D3 in FIG. As long as D3 is displayed, the display position is not limited.

The first display section D1 shows the group (Gr) of the winding units 40, the start number (Start No.) of the winding units 40 forming the group, and the end number (End No.) of the winding units 40 forming the group. No.), the allocated lot (Allocated Lot), and the status (Status) are displayed. Regarding the start number and the end number, numbers (No. 1 to No. 60) are set in the winding unit 40 in order from the other end in one direction. The start number and the end number correspond to the number (No.) set for each winding unit 40. By setting the start number and end number, the winding units 40 included in the group can be changed.

In the example shown in FIG. 6, four groups are displayed. Specifically, "Gr. 1", "Gr. 2", "Gr. 3", and "Gr. 4" are displayed. The groups correspond to "Group1", "Group2", "Group3", and "Group4" shown in FIG. That is, for example, "Gr.1" corresponds to "Group1". In FIG. 6, for example, "Gr.1" includes No. 1~No. 10 winding units 40 are included, and "LOT 1" is set. The same applies to other groups (Gr).

The second display section D2 shows the conveyance path (Line) of the bobbin transfer section 3B of the conveyance device 3 and the start number (Start) of the winding unit 40 through which the conveyance path conveys the bobbins (yarn feeding bobbin 11, empty bobbin 13). No.), the end number (End No.) of the winding unit 40 through which the transport path transports the bobbin, and the allocated lot (Allocated Lot) are displayed.

"Line A" corresponds to line A (see FIG. 3). In "Line A", No. 1~No. The bobbin is conveyed to the winding unit 40 of 30. “LOT A” is set for “Line A”. "Line B" corresponds to line B (see FIG. 3). In "Line B", No. 31~No. The bobbin is transported to the winding unit 40 of 60. “LOT B” is set for “Line B”.

A lot list is displayed on the third display section D3. In the example shown in FIG. 6, the lot list of the winding unit 40 includes a list of unit lots (Allocated Lots) of the winding unit 40, an explanation of each lot (Lot Explanation), and a conveyance device associated with each unit lot. Related information (CBF LOT) indicating CBF lot No. 3 is displayed.

In the example shown in FIG. 6, the lot list displays “LOT 1” to “LOT 8” as lots that can be assigned to the winding unit 40. For example, "LOT 1" is associated with "Customer 1" as the lot description and "LOT A" as the lot of the transport device 3. For example, "LOT 5 (Spandex)" is associated with "Customer2" as the lot description and "LOT C" as the lot of the transport device 3.

In the example shown in FIG. 6, the lot list displays unit lots set in the winding unit 40 in a manner that allows them to be distinguished from unit lots not set in the winding unit 40. In the example shown in FIG. 6, "LOT 1", "LOT 2", "LOT 3", and "LOT 4" are set in the winding unit 40 as displayed on the first display section D1. In this case, in the lot list, "LOT 1," "LOT 2," "LOT 3," and "LOT 4" are displayed in a manner that allows them to be distinguished from "LOT 5" and the like. Specifically, the characters "LOT 1," "LOT 2," "LOT 3," and "LOT 4" are displayed in italics, for example. For example, characters such as "LOT 5" other than "LOT 1," "LOT 2," "LOT 3," and "LOT 4" may be written in characters other than italics (upright typeface, hereinafter referred to as "solid"). Is displayed.

Further, in the lot list, the set lots are displayed in order from the top. In the example shown in FIG. 6, "LOT 1," "LOT 2," "LOT 3," and "LOT 4" are set in the winding unit 40, so "LOT 1" and "LOT 2" are set in the lot list. , "LOT 3," "LOT 4," "LOT 5 (Spandex)," "LOT 6 (Spandex)," "LOT 7," and "LOT 8" are displayed in this order. When the lot of the winding unit 40 is changed, the display (display order) of the lot list is also changed in accordance with this change. Incidentally, regardless of the setting or not, the lots may be displayed in order from the top based on numbers etc. in the lot list.

In the lot list, the CBF lot of the transport device 3 that is recommended for the unit lot set in the winding unit 40 is displayed as related information. The example shown in FIG. 6 shows that when "LOT 1" is set for the winding unit 40, it is recommended to set the lot for the transport device 3 to "LOT A."

In the lot list, information related to the unit lot of the winding unit 40 and the CBF lot of the transport device 3 can be changed by a user's operation on the touch panel 51. A change in the related information between the lot of the winding unit 40 and the lot of the transport device 3 will be described with reference to FIG. 7.

In the example shown in FIG. 7, a case will be described in which the CBF lot of the transport device 3 corresponding to "LOT 1" is changed. As shown in FIG. 7, "LOT A" (portion indicated by a broken line) on the third display section D3 is pressed (touched). When "LOT A" is pressed, a setting screen P1 pops up on screen G. That is, the control unit 50 displays the setting screen P1. The CBF Lot of the transport device 3 is displayed on the setting screen P1.

“Line A” is displayed on the setting screen P1. “Line A” displays multiple CBF lots (LOT A to LOT D). CBF lots can be selected using radio buttons. When the radio button is selected, “LOT 1” of the winding unit 40 is associated with the lot of the transport device 3 and stored in the storage unit 52. In this example, related information of "Line A" is stored for "LOT 1". Note that two pieces of related information, "Line A" and "Line B", may be stored for "LOT 1". In this case, two pieces of related information may be displayed vertically (or horizontally) as related information for "LOT 1". Furthermore, due to the relationship between the above supply amount and the above discharge amount, for CBF lots that cannot be set for "LOT 1", the radio button cannot be selected or CBF lots that cannot be selected are hidden. Good too.

[How to set lots]
Next, a lot setting method in the machine control device 5 will be explained. In the following, a case will be described in which the unit lot of the winding unit 40 is first set, and then the CBF lot of the transport device 3 is set. The following description also shows the details of control performed by the control unit 50 so that a predetermined screen is displayed on the touch panel 51 in response to a user's operation.

First, the user performs a predetermined operation on the touch panel 51 to display a lot setting management screen on the touch panel 51, as shown in FIG. Next, the user sets a start number and an end number for each group of winding units 40 (Unit). That is, the winding units 40 included in each group are set. Next, the user sets the lot of winding units 40 in each group. Here, a case will be described in which the lots of "Gr. 1" and "Gr. 2" are set to "LOT 5".

The user presses "LOT 1" (portion shown by a broken line) on the first display section D1, and then presses "LOT 5 (Spandex)" (portion shown by a broken line) on the lot list. As a result, as shown in FIG. 9, the "Gr. 1" lot is set to "LOT 5 (Spandex)." The changed characters "Gr. 1" and "LOT 5 (Spandex)" are displayed in italics, for example. Similarly, as shown in FIG. 8, after pressing "LOT 2" (portion shown by a broken line) on the first display section D1, the user presses "LOT 5 (Spandex)" (portion shown by a broken line) in the lot list. ). As a result, as shown in FIG. 9, the lot of "Gr. 2" is set to "LOT 5 (Spandex)". The changed characters "Gr. 2" and "LOT 5 (Spandex)" are displayed in italics, for example.

Next, the user sets the CBF lot of the transport device 3. Here, a case will be described in which the lot of "Line A" of the transport device 3 is set to "LOT C".

The user presses "LOT A" (portion indicated by a broken line) on the second display section D2. As a result, as shown in FIG. 10, the background of the pressed portion (LOT A) is filled in, for example, blue. Further, when "LOT A" (portion indicated by a broken line) (see FIG. 9) is pressed on the second display section D2, the display of the lot list on the third display section D3 is switched to "CBF". “CBF” indicates the transport device 3. In the example shown in FIG. 10, the lot list of "CBF" displays a list of lots (Allocated Lots) allocated to the transport device 3, a lot explanation (Lot Explanation), and a date and time (Date). . The date and time is the last date and time when the lot was assigned to the transport device 3.

In the lot list, CBF lots set in the transport device 3 (line A, line B) are displayed in a manner that allows them to be distinguished from CBF lots not set in the transport device 3. In the example shown in FIG. 10, the currently set characters "LOT A" and "LOT B" are displayed in italics, for example, in the third display section D3. For example, the characters "LOT C" and "LOT D" are displayed in three dimensions.

In the lot list, the CBF lot corresponding to the unit lot of the winding unit 40 is displayed in a manner that allows it to be distinguished from other CBF lots. Specifically, the group is determined from the start number and end number of the winding unit 40 in "Line A", and the unit lot set in the group is obtained. Then, the CBF units associated with the unit lot are displayed in a manner that allows them to be distinguished from other CBF lots. In the example shown in FIG. 10, the background of "LOT C" stored as related information of "LOT 5 (Spandex)" is painted in blue, for example. Thereby, the user can confirm (recognize) the CBF lot to be set (selected) at a glance on the third display section D3. When the user presses "LOT C", the lot of "Line A" is set to "LOT C", as shown in FIG. 11. When the user completes the settings, the user presses "Confirm". This completes the lot setting.

Note that, based on the relationship between the supply amount and the discharge amount, the CBF lot that can be set for the unit lot of the winding unit 40 may be displayed in a manner that can be distinguished from other CBF lots. For example, CBF lots with respect to unit lots in which the supply amount is greater than or equal to the discharge amount may be displayed for selection by the user. Alternatively, the supply amount for each CBF lot and/or the discharge amount for each unit lot may be displayed, and the lot may be set according to the user's judgment. Note that it may be possible to set a combination in which the supply amount is smaller than the discharge amount based on the user's judgment.

In addition, when setting CBF lots, if the CBF lot of "Line A" and the CBF lot of "Line B" are the same, for example, apply (transfer) the settings of "Line A" to "Line B". be able to. That is, the machine control device 5 can apply the CBF lot set for one of line A and line B to the other of line A and line B. For example, after setting "Line A", if the lot set to "Line A" is pressed and held for a long time, a screen instructing to set the lot to "Line B" is displayed. When the machine control device 5 receives an input to transfer the CBF lot set on one of lines A and B to the other of line A and line B, the machine controller 5 transfers the CBF lot set on one of lines A and B to the other of lines A and B. Apply the lot to the other of Line A and Line B.

In the above setting procedure, if you press "Confirm" after setting the winding unit 40 ("Gr. 1" and "Gr. 2") without setting the transport device 3, the screen shown in FIG. 12 will be displayed. A confirmation popup P2 is displayed. The confirmation pop P2 displays a message that the unit lot set for the winding unit 40 and the CBF lot of the transport device 3 do not match (mismatch information). For example, the confirmation pop P2 displays "The CBF lot stored in the following unit lot and the assigned CBF lot do not match. Are you sure you do not need to change the CBF lot?" For example, the machine control device 5 compares the name of the CBF lot set in the transport device 3 with the name of the CBF lot associated with the unit lot set in the winding unit 40, and determines if there is a mismatch. It is determined whether or not there is a match, and if it is determined that there is a mismatch, a confirmation pop P2 is displayed.

The confirmation pop P2 shows the appropriate correspondence between the lot of the winding unit 40 and the lot of the transport device 3. When the confirmation pop P2 is displayed, the user presses the "OK" or "CANCEL" button. When the "OK" button is pressed, the CBF lot is set to "LOTC". When the "CANCEL" button is pressed, the "LOT A" setting is maintained in the CBF lot. After displaying the confirmation pop P2 (discrepancy information), if the machine control device 5 performs the storage process to associate the CBF lot and unit lot, the machine controller 5 displays the combination of the CBF lot and unit lot that has been stored as related information. Update. Note that the case where the save process is performed after the confirmation pop P2 is displayed means that no other operations (changes, etc.) are performed between the time the confirmation pop P2 is displayed and the save process is performed. .

In the above setting procedure, when "LOT A" is pressed on the second display section D2, the lot list display on the third display section D3 is switched to "CBF". The display of the lot list may be switched by operating the switching section S. When the switching section S is pressed, "Unit" and "CBF" are displayed in a pull-down manner. By selecting "Unit" or "CBF", the display of the lot list is switched to "Unit" or "CBF".

Further, in the example shown in FIG. 10, in the "CBF" lot list, the CBF lot corresponding to the unit lot of the winding unit 40 is displayed in a manner that can be distinguished from other CBF lots. However, the CBF lot list may display multiple unit lots associated with the CBF lot. In this case, all unit lots associated with the CBF lot may be displayed, or a portion (a predetermined number starting from the smallest lot number) of the unit lots associated with the CBF lot may be displayed. However, the unit lot displayed on the first display section D1 may be displayed.
[effect]
As explained above, in the thread winding system 1 according to the present embodiment, the machine control device 5 controls the CBF lot including a plurality of setting items related to the operations of the bobbin processing section 3A and bobbin transfer section 3B of the conveyance device 3. A plurality of CBF lots having different setting items are stored. In this way, the yarn winding system 1 stores a plurality of setting items for the conveying device 3 as a so-called lot. Therefore, in the yarn winding system 1, by setting the CBF lot for the transport device 3, a plurality of setting items can be set for the transport device 3 at once. Therefore, in the thread winding system 1, the effort of setting a plurality of setting items one by one for the conveying device 3 is omitted. As a result, in the yarn winding system 1, the settings of the conveying device 3 can be easily changed.

In the yarn winding system 1 according to the present embodiment, the machine control device 5 stores a plurality of unit lots that include a plurality of setting items related to the operation of the winding unit 40, and the setting items have different contents. ing. The machine control device 5 sets one unit lot among the plurality of unit lots for one or more winding units 40. In this way, the machine control device 5 stores the unit lot set in the winding unit 40 separately from the CBF lot set in the transport device 3. In this configuration, by setting a unit lot for one or more winding units 40, a plurality of setting items can be set for the winding unit 40 all at once. Therefore, in the yarn winding system 1, the settings of the winding unit 40 can be easily changed.

In the yarn winding system 1 according to the present embodiment, the machine control device 5 stores related information in which CBF lots and unit lots are associated with each other. With this configuration, by using the related information, it is possible to appropriately set the CBF lot or unit lot for each of the transport device 3 and the winding unit 40. Related information can be associated based on predetermined conditions. The predetermined conditions are conditions for the conveying device 3 and the winding unit 40 to operate appropriately in the yarn winding system 1.

In the yarn winding system 1 according to this embodiment, the machine control device 5 includes a touch panel 51. The machine control device 5 displays the CBF lot set in the transport device 3, the unit lot set in one or more winding units 40, and related information on one screen G of the touch panel 51. . In this configuration, on the screen G of the touch panel 51, it is possible to check at a glance the CBF lot set for the transport device 3, the unit lot set for one or more winding units 40, and related information. I can do it. Furthermore, in the yarn winding system 1, the CBF lot and unit lot can be set while checking related information.

In the yarn winding system 1 according to the present embodiment, the machine control device 5 displays a plurality of CBF lots on the touch panel 51, and displays the CBF lots set in the transport device 3 and the CBF lots not set in the transport device 3. CBF lots are displayed in a different format. With this configuration, on the touch panel 51, it is possible to easily recognize CBF lots set in the transport device 3 and CBF lots not set in the transport device 3.

In the yarn winding system 1 according to the present embodiment, the machine control device 5 displays a plurality of unit lots on the touch panel 51, and displays the unit lots set in the winding unit 40 and the unit lots set in the winding unit 40. Display unit lots in different formats. With this configuration, on the touch panel 51, unit lots set for the winding unit 40 and unit lots not set for the winding unit 40 can be easily recognized.

In the yarn winding system 1 according to the present embodiment, the machine control device 5 stores the CBF lot set in the transport device 3 and the unit lot set in the winding unit 40 in association with each other. If the CBF lot set in the transport device 3 and the unit lot set in the winding unit 40 are different from the related information, the machine control device 5 causes the touch panel 51 to display mismatch information. With this configuration, the user can recognize from the mismatch information that settings are different from settings associated with the related information.

In the yarn winding system 1 according to the present embodiment, when the machine control device 5 performs a storage process for associating a CBF lot and a unit lot after outputting the discrepancy information, the machine control device 5 performs a storage process for associating a CBF lot and a unit lot. Update the combination as related information. In this configuration, the combination of CBF lot and unit lot saved by the user is updated as related information.

In the yarn winding system 1 according to the present embodiment, the machine control device 5 acquires the supply amount of the yarn feeding bobbin 11 per unit time in the conveying device 3 for each CBF lot group, and also acquires the supply amount of the yarn feeding bobbin 11 for each unit lot. The amount of empty bobbin 13 discharged per unit time at 40 is obtained. The machine control device 5 allows only settings where the supply amount is greater than or equal to the discharge amount in combination of CBF lot and unit lot settings. With this configuration, only CBF lots and unit lots whose supply amount is equal to or greater than the discharge amount can be set. Thereby, the yarn feeding bobbin 11 can be transported from the transport device 3 to the winding unit 40 so that a standby state does not occur in the winding unit 40. Therefore, it is possible to prevent a decrease in the production efficiency of the packages P in the winding unit 40.

In the yarn winding system 1 according to the present embodiment, the conveying device 3 includes a line A that conveys the yarn feeding bobbin 11 and a line B that conveys the yarn feeding bobbin 11. A processing section is provided for each of line A and line B. The machine control device 5 sets one CBF lot among the plurality of CBF lots for each of line A and line B. With this configuration, a CBF lot can be set for each of the two lines A and B. In this way, even if a plurality of transport routes are provided in the transport device 3 for which CBF lots need to be set, the settings of the transport device 3 can be easily changed.

Although the embodiments of the present invention have been described above, the present invention is not necessarily limited to the embodiments described above, and various changes can be made without departing from the gist thereof.

In the above embodiment, when setting the CBF lot, as shown in FIG. 10, when "LOT A" (the part indicated by the broken line in FIG. 9) is pressed on the second display section D2, the third display section D3 is displayed. The explanation has been given using an example of a mode in which the display of the lot list is switched to "CBF" and a CBF lot is selected from the lot list. However, when "LOT A" (the part indicated by the broken line in FIG. 9) is pressed on the second display section D2, a pop-up screen may be displayed asking whether or not to automatically change the CBF lot. In this configuration, when the user selects to automatically change the CBF lot on the pop-up screen, the CBF lot is automatically changed based on the related information.

In the embodiment described above, the bobbin supply device 2 supplies the yarn supply bobbin 11 to the conveyance device 3 as an example. However, the conveying device 3 may be supplied with a yarn feeding bobbin from a spinning machine. For example, as shown in FIG. 13, in the yarn winding system 1A, the yarn feeding bobbin 11 is connected to the conveying device 3 from the first spinning frame 6A, the second spinning frame 6B, and the third spinning frame 6C via the connecting device 7. is supplied. Note that the number of spinning machines may be one or more.

Each of the first spinning frame 6A, the second spinning frame 6B, and the third spinning frame 6C can produce yarn feeding bobbins 11 of different yarn types. In the first spinning frame 6A, the second spinning frame 6B, and the third spinning frame 6C, identification information is given to the generated yarn feeding bobbin 11. The identification information may include at least information regarding the yarn type. For example, when the yarn type of the yarn feeding bobbin 11 produced by the first spinning frame 6A is “A”, the identification information includes information indicating “yarn type A”. Similarly, when the yarn type of the yarn feeding bobbin 11 produced by the second spinning frame 6B is “B”, the identification information includes information indicating “yarn type B”. When the yarn type of the yarn feeding bobbin 11 produced by the third spinning frame 6C is “C”, the identification information includes information indicating “yarn type C”. For example, an RFID tag may be provided on the tray 9, and the identification information may be written on the RFID tag. Note that each of the first spinning frame 6A, the second spinning frame 6B, and the third spinning frame 6C may produce yarn feeding bobbins 11 of the same yarn type, and of a plurality of yarn types. That is, each spinning machine may generate yarn feeding bobbins 11 of yarn types "A," "B," and "C." In this case as well, the identification information can be written on the RFID tag by providing an RFID tag on the tray 9, for example.

The conveyance device 3 includes a reader (acquisition unit) 32 that can read an RFID tag on the upstream side of the bobbin processing unit 3A in the conveyance path of the yarn feeding bobbin 11. The reader 32 reads the RFID tag and obtains identification information. The reader 32 outputs identification information to the machine control device 5.

The machine control device 5 sets the CBF lot of the transport device 3 based on the identification information. The machine control device 5 sets CBF lots for each of line A and line B of the conveying device 3 based on information related to the yarn type included in the identification information. The machine controller 5 sets, for example, "LOT A" for yarn type A, "LOT B" for yarn type B, and "LOT C" for yarn type C, for example. With such a configuration, even if the conveyance device 3 has two conveyance paths, line A and line B, it is possible to handle more yarn types than the number of conveyance paths.

Note that the identification information may be obtained by, for example, the color of the winding tube 12 of the yarn feeding bobbin 11. Specifically, the colors of the winding tubes 12 of the yarn feeding bobbins 11 supplied from the first spinning frame 6A, the second spinning frame 6B, and the third spinning frame 6C are made different. The conveying device 3 includes a device for determining (identifying) the color of the winding tube 12 . The machine control device 5 sets a CBF lot based on the yarn type linked to the determined color.

The reader 32 may output the identification information to the transport control section 30 of the transport device 3. In this case, the conveyance control unit 30 stores the CBF lot, and the conveyance control unit 30 selects each CBF lot of line A and line B of the conveyance device 3 based on the information related to the yarn type included in the identification information. Set. Note that if a control unit is provided for each of line A and line B of the conveyance device 3, and the CBF lot is stored in each control unit, the reader 32 transfers the identification information to line A or line B of the conveyance device 3. The same thing may be performed by outputting to the control section of line B.

In the embodiment described above, the bobbin transfer section 3B of the transfer device 3 has an A line and a B line as an example. However, the bobbin transfer section 3B of the conveyance device 3 may have one conveyance path, or may have three or more conveyance paths.

In the above embodiment, the machine control device 5 is installed on the machine frame 5A as an example. However, the machine control device may be a terminal such as a tablet.

1, 1A... Yarn winding system, 3... Conveying device, 3A... Bobbin processing section (processing section), 4... Automatic winder (textile machine), 5... Machine control device (control device), 11... Yarn feeding bobbin, 13 ...Empty bobbin, 40... Winding unit, 51... Touch panel (display device), A... Line (first conveyance path), B... Line (second conveyance path), G... Screen, P... Package, Y... Thread.

Claims (12)

a conveyance device that conveys a bobbin to a textile machine having a plurality of winding units that wind yarn to form a package;
A control device that controls the conveyance device,
The transport device includes a processing section that performs processing related to the bobbin,
The control device includes:
A first setting item group including a plurality of first setting items related to the operation of the processing section of the conveying device, the plurality of first setting item groups having different setting contents of the same first setting item are stored. and
A thread winding system that sets one of the plurality of first setting item groups for the conveying device. The control device includes:
A second setting item group including a plurality of second setting items related to the operation of the winding unit, wherein a plurality of second setting item groups having different setting contents of the same second setting item are stored;
The yarn winding system according to claim 1, wherein one of the plurality of second setting item groups is set for one or more of the winding units. The thread winding system according to claim 2, wherein the control device stores related information in which the first setting item group and the second setting item group are associated with each other. comprising a display device whose display is controlled by the control device,
The control device displays the first setting item group set in the transport device, the second setting item group set in one or more of the winding units, and the related information on the display device. 4. The thread winding system according to claim 3, wherein the thread winding system is displayed on one screen. The control device displays the plurality of first setting item groups on the display device, and displays the first setting item group set in the transport device and the first settings not set in the transport device. The thread winding system according to claim 4, wherein the item group is displayed in a different form. The control device causes the plurality of second setting item groups to be displayed on the display device, and the second setting item group that is set to the winding unit and the second setting item group that is not set to the winding unit. The thread winding system according to claim 4 or 5, wherein the two setting item groups are displayed in different formats. The control device includes:
storing the first setting item group set in the conveyance device and the second setting item group set in the winding unit in association with each other;
Any one of claims 3 to 6, wherein if the first setting item group set in the transport device and the second setting item group set in the winding unit are different from the related information, mismatch information is output. The thread winding system according to item (1). When the control device performs a save process on the first setting item group and the second setting item group after outputting the mismatch information, the control device saves the saved first setting item group and the second setting item group. The yarn winding system according to claim 7, wherein a combination of the above information is updated as the related information. The control device includes:
Obtain the supply amount of yarn feeding bobbins per unit time in the conveying device for each of the first setting item group, and obtain the amount of empty bobbins discharged per unit time in the winding unit for each of the second setting item group. Acquired,
When associating the first setting item group and the second setting item group, it is possible to associate only the first setting item group and the second setting item group for which the supply amount is equal to or greater than the discharge amount. Yarn winding system according to any one of items 2 to 8. The conveyance device has a first conveyance path that conveys the bobbin, and a second conveyance path that conveys the bobbin,
The processing unit is provided for each of the first transport route and the second transport route,
Claims 1 to 9, wherein the control device sets one of the plurality of first setting item groups for each of the first transport route and the second transport route. The thread winding system according to any one of the above. The control device receives an input to transfer the first setting item group set to one of the first transport route and the second transport route to the other of the first transport route and the second transport route. In the case, the first setting item group set for one of the first transport route and the second transport route is applied to the other of the first transport route and the second transport route, according to claim 10. Yarn winding system. The transport device includes an acquisition unit that is provided upstream of the processing unit in the transport path of the bobbin and that acquires identification information that identifies the bobbin.
The yarn winding system according to any one of claims 1 to 11, wherein the control device sets the first setting item group based on the identification information acquired by the acquisition section.

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